Abstract: The invention proposes a method for producing a printed product, in which a printed product, preferably produced in a forme-bound high-capacity printing process, in the form of a main product (2) or a subproduct is provided with an identification means which comprises a piece of individualizable product-specific information. At least two downstream individualization steps are performed, wherein the identification means allow the piece of information which is to be added in the at least two further downstream individualization steps to be associated with the respective product. Preferably, the new addressee-specific digital printed product comprises blog articles, preferably in the form of a blog insert, which is in turn preferably produced using digital printing.

Abstract: A method for operating a collection system for printed products includes drawing off the printed products from discharge device(s) disposed at corresponding discharge point(s) in the collection system. The printed products are deposited on a collection section during a cycle period of the discharge device(s) so as to form a bundle of printed products. The bundle is transferred to a subsequent conveying mechanism having receiving pockets. It is determined whether at least one missing printed product exists due to an incorrect drawing off from the discharge point(s). A repair process is initiated and controlled in which the at least one missing printed product is drawn off from the corresponding discharge point(s) at a time corresponding to a subsequent recurrent pocket-related cycle of the subsequent conveying mechanism in a subsequent cycle period of the discharge device(s). The at least one missing printed product is inserted in the relevant receiving pocket.

Abstract: A sheet processing apparatus includes: a conveying member configured to convey a sheet; a first opening section including a conveyance guide section arranged on the opposite side of the conveying member across a conveying path and configured to form the conveying path and a first pivot shaft configured to pivotably support the conveyance guide section, the first opening section being configured to form the conveying path using the conveyance guide section if changing to a closed state and open the conveying path if changing to an open state; and a second opening section including a cover section configured to cover the first opening section if the first opening section changes to the closed state and a second pivot shaft configured to pivotably support the cover section, the second opening section being configured to cause, if pivoting, the first opening section to pivot following the second opening section.

Abstract: A thickness detecting mechanism is provided for detecting a thickness of a to-be-measured article. The thickness detecting mechanism includes a detecting arm and an optical displacement sensing module. The detecting arm is moved as the to-be-measured article is sustained against the detecting arm. The detecting arm includes a surface. The optical displacement sensing module detects the surface of the detecting arm when the detecting arm is respectively located in a first position and a second position. According to the displacement amount of the detecting arm from the first position to the second position, the thickness of the to-be-measured article is acquired.

Abstract: A system uses a plurality of sensors to detect and manage conditions within a moving pocket, such as a pocket carrying a flat product from one location to another. The system is particularly useful in connection with a newspaper insert machine. One sensor detects whether the product has been opened properly at a particular time; another sensor detects whether the product has been properly gripped by a gripper at a particular time; another sensor detects whether the pocket is empty at a particular time and another sensor detects whether the pocket is open or closed at a particular time. In the event an error condition is detected, the error condition is corrected by a control system.

Abstract: A system for printing a list on a print medium includes a device and a server. The device which has a sensor module for sensing a print media identifier coded on a surface of the print medium, and a printer module for printing the list on the print medium. The server stores the list in association with the print medium identifier in a database. The list is retrievable from the database using the print media identifier.

Abstract: A device for opening folded or bound printed products, comprises a feeder device (2, 13) for feeding-in individual folded or bound sub-products (4) and an opening device (6) for opening the sub-products (4), as well as furthermore an opening verifying installation (11, 14, 15, 16), in order to with optical means (14) identify deficiently opened sub-products (4) before the sub-products (4) are further processed. In case of sub-products (4) identified as being deficiently opened, the further processing is not carried out, but rather a deficiently opened sub-product (4) is conducted back to the opening device once more.

Abstract: A method of printing content is disclosed. The method starts by a server receiving a request for content. The server renders the content into a pre-rendered format before transferring the content in the pre-rendered format to a mobile telecommunications device. The content is then printed on a print medium in a media feed path of a printer module of the mobile telecommunications device. During the printing step, coded data disposed on the print medium is sensed using a sensor module in the media feed path of the printer module. The coded data encodes a print medium identifier which uniquely identifies the print medium. Finally, the content is associated with the print medium identifier for later retrieval using the print medium identifier.

Abstract: A method of printing content on a print medium is disclosed. The method starts by receiving the print medium in a media feed path. The media feed path includes a sensor module and a printer module. A print media identifier is read from a surface of the print medium using the sensor module. The print medium identifier uniquely identifies the print medium. The content is then on the print medium using the printer module and the content is stored in association with the print medium identifier in a database. The content is retrievable from the database using the print media identifier.

Abstract: A collecting device for forming a printed product includes a conveyor and a plurality of printed material delivery devices, the plurality of printed material delivery devices including a first delivery device for first printed materials and a second delivery device for second printed materials. A first transfer device is assigned to the first delivery device and delivering the first printed materials to the conveyor and a second transfer device assigned to the second delivery device and delivering the second printed materials to be collected with the first printed materials on the conveyor. Each of the first and second transfer devices have printed material buffer positions between the respective first and second delivery devices and the conveyor, which permit advantageous reduction in the amount of waste.

Abstract: A method of printing content on a print medium using a mobile telecommunications device is disclosed. Upon activation by an information link on the mobile telecommunication device, a request for the content is received at a server. The content is then transferred to the mobile telecommunications device. The mobile telecommunications device prints the content on the print medium using a printer of the mobile telecommunications device.

Abstract: A method of retrieving information using a mobile telecommunications device is disclosed. The method starts by reading a print media identifier encoded on the print medium using a sensor module of the mobile telecommunications device. Information linked to the print media identifier and the mobile telecommunications device is then retrieved from a database.

Abstract: A system for printing a reminder list on a print medium is disclosed. The system includes a mobile telecommunications device having a printer module to print the reminder list on the print medium and a sensor module to sense a print media identifier of the print medium.

Abstract: A method of printing content on a print medium using a mobile telecommunications device is disclosed. When the print medium is inserted into a media feed path of the mobile telecommunications device, a print media identifier read from the print medium using a sensor module of the mobile telecommunications device. The content is then printed on the print medium using a printer module of the mobile telecommunications device, and the content is also stored in a database using a server in communication with the mobile telecommunications device. This allows the content to be retrieved from the database using the print media identifier.

Abstract: A collecting device for forming a printed product includes a conveyor and a plurality of printed material delivery devices, the plurality of printed material delivery devices including a first delivery device for first printed materials and a second delivery device for second printed materials. A first transfer device is assigned to the first delivery device and delivering the first printed materials to the conveyor and a second transfer device assigned to the second delivery device and delivering the second printed materials to be collected with the first printed materials on the conveyor. Each of the first and second transfer devices have printed material buffer positions between the respective first and second delivery devices and the conveyor, which permit advantageous reduction in the amount of waste.

Abstract: Sheet processing systems and methods are provided, including systems and methods for advancing and organizing sheets. System can include an alignment mechanism having an alignment plate, a first advancing mechanism configured to individually advance each sheet of a series of sheets in a first direction from a lower feeder to the alignment mechanism, a second advancing mechanism configured to individually advance each sheet of the series of sheets in a second direction from the alignment mechanism to an accumulator, such that the second direction is substantially perpendicular to the first direction, a sensor configured to read an identification code of each sheet of the series of sheets, and a processor configured to control operation of the first and second advancing mechanisms based on sensor readings of the identification codes.

Abstract: A collating system having a plurality of feeders to release enclosure materials onto a deck and a plurality of pusher finger pairs moving along the deck for collating the released materials. The pusher finger pairs are mounted on a pair of moving belts at pre-determined positions. A sensing device is used to monitor whether any pusher finger is missing, broken or out of alignment, thereby rendering a pusher finger pair non-functioning. If a pusher finger pair is not functioning, the cell or pocket associated with that pusher finger pair will be marked “damaged” so that the feeders release enclosure materials only to the cells associated with functional pusher finger pairs.

Abstract: In order to be able to eliminate a mechanical caliper, a bindery line has a plurality of signature feeders or packer boxes each of which is operable to feed a signature therefrom. A collating conveyor passes by each of the signature feeders or packer boxes along a signature conveying path so as to be operable to receive signatures from the signature feeders or packer boxes in collated form for forming a book. A book finishing section is downstream of the signature feeders or packer boxes for forming the book from the signatures received in collated order after the collating conveyor has passed by each of the signature feeders or packer boxes in travel along the signature conveying path. With this arrangement, the invention utilizes detectors for detecting a missing signature, an incorrect signature, a double signature, a conveyor jam, a hanging book, and a long book.

Abstract: An apparatus for measuring the thickness of flat products such as sheets or signatures, the flat products being fed from a pile of signatures to a pocket by a pocket feeder. The pocket feeder includes a first and second roller. The first roller is arranged against the second roller to form a nip therebetween for receiving a flat product. The first roller is deflectable when a flat product enters the nip. The apparatus comprises a first proximity target which is arranged on the first roller and a second proximity target which is fixedly arranged on the receiving unit. A proximity switch monitors the targets and a control unit starts and stops counting the pulses generated by an encoder. To calculate the thickness of a flat product, the counted pulses are compared to a stored value.

Abstract: An apparatus for measuring the thickness of flat products such as sheets or signatures, where the flat products are fed from a pile of signatures to a pocket by a pocket feeder. The apparatus has a light source and light sensor for sensing the light transmitted from the light source. The pocket feeder includes a first roller and second roller, the first roller being arranged against the second roller to form a nip therebetween for receiving flat product, wherein the first roller is deflectable when a flat product enters the nip. The apparatus includes a first reflecting element which is arranged on the first roller for reflecting incident light, a light source for directing light to said first reflecting element and a first sensor element for sensing light reflected from said reflecting element which produces a sensor signal. A calculating unit for calculating the thickness based on that sensor signal is also provided.